In-Plant Logistics Management System with IoT Integration

Key Challenges

Legacy System Limitations — The existing in-plant logistics system carried high Annual Maintenance Contract (AMC) costs with slow vendor response times. Every enhancement request required lengthy negotiations and additional payments, creating a dependency that hindered operational agility and inflated total cost of ownership.

Limited Flexibility — Enhancements and new feature requests on the legacy platform were expensive and time-consuming. The rigid architecture made even minor modifications a costly affair, preventing Wonder Cement from adapting quickly to changing operational requirements and market demands.

Manual Operations — Critical logistics processes including weighment, loading slip generation, vehicle sequencing, and goods movement tracking relied heavily on manual intervention. This created bottlenecks at plant entry and exit points, increasing turnaround times and introducing human error into production workflows.

Lack of Real-Time Visibility — Plant managers and operations teams had no real-time view into vehicle movements, loading status, or logistics throughput. Decision-making relied on delayed reports and manual data aggregation, making it impossible to optimize plant floor operations proactively.

Our Approach

Kansoft executed the modernization through a structured, phased methodology:

Workflow Assessment — Conducted detailed on-site assessments of existing in-plant logistics workflows, identifying pain points, bottlenecks, and automation opportunities across weighment, loading, dispatch, and vehicle management processes.

Re-Architecture — Designed a modern microservices architecture (MSA) to replace the monolithic legacy system, enabling independent scaling, faster deployments, and reduced blast radius for changes.

Custom Development — Built the entire platform on .NET Core with Angular frontend, delivering a responsive and performant user experience for plant operators and managers.

IoT Integration — Integrated IoT devices across the plant for automated weighment capture, loading slip generation, and real-time vehicle tracking, eliminating manual data entry at critical touchpoints.

Cloud Enablement — Deployed the platform on Azure with Blob Storage for document management, Service Bus for event-driven communication between microservices, and Azure Cache for high-performance data access.

Phased Delivery — Executed the project in 2 phases over 3 months, ensuring minimal disruption to ongoing plant operations while progressively modernizing each logistics function.

Solutions Delivered

Modern In-Plant Logistics Platform — Delivered a comprehensive, cloud-native logistics management system replacing the legacy platform entirely. The new system manages the complete lifecycle of in-plant material movement from vehicle entry to dispatch.

IoT-Enabled Operations — Integrated IoT devices for automated weighment capture, digital loading slip generation, and real-time plant announcements. Sensors and connected devices eliminated manual data entry, reducing errors and accelerating throughput at weighbridges and loading bays.

Automated Vehicle Sequencing — Built an intelligent vehicle sequencing and queue management system that optimizes loading bay utilization, reduces vehicle wait times, and ensures fair, transparent dispatch ordering.

Real-Time Dashboards — Delivered live operational dashboards providing plant managers with real-time visibility into vehicle movements, loading status, weighment data, and logistics KPIs across the entire facility.

Cloud-Based Infrastructure — Deployed on Azure with Blob Storage for document and record management, Service Bus for reliable inter-service communication, and Azure Cache for low-latency data retrieval, ensuring the platform scales with growing operational demands.

Why Kansoft

Industrial Domain Expertise — Kansoft’s experience with large-scale manufacturing operations ensured a deep understanding of in-plant logistics complexities, from weighbridge operations to dispatch workflows.

Modernization Capability — The team’s proven track record in legacy-to-modern migrations allowed Wonder Cement to transition from a rigid monolith to a flexible microservices architecture without operational disruption.

IoT Integration Excellence — Kansoft’s ability to integrate IoT devices with enterprise software created a connected plant floor, automating previously manual touchpoints and enabling real-time data capture.

Cloud-First Approach — Leveraging Azure’s managed services eliminated infrastructure management overhead and positioned the platform for elastic scaling as Wonder Cement’s operations grow.

Fast Delivery — Completing the full platform replacement in just 3 months across 2 phases demonstrated Kansoft’s ability to deliver enterprise-grade solutions at startup speed.

Business Impact

• Eliminated AMC costs entirely by replacing the legacy vendor-dependent system
• Delivered the complete platform in 3 months across 2 phases with zero operational disruption
• Microservice architecture enabling independent scaling and rapid feature delivery
• IoT-enabled automation of weighment, loading, and vehicle sequencing processes
• Real-time visibility into plant logistics operations for data-driven decision-making
• Cloud-native infrastructure on Azure reducing maintenance overhead and enabling elastic scaling